Mass Spectrometry - Understanding M+, M+1 and M+2 Peaks
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- Опубликовано: 7 авг 2024
- This lesson examines mass spectrometry in more detail when analyzing parent mass peaks. Specifically, we discuss the M+ peak as well as the M+1 and M+2 peaks associated with various isotopes. Some examples include carbon 13, nitrogen 15 and both chlorine and bromine isotopes.
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oh my god! I can't believe I followed the whole 12 minutes and understood it better than the whole semester worth of lectures! my professor is pretty useless but thankfully there is youtube to save the day. Thank you so much, sir, you wouldn't understand the pain I've been struggling with. It's so hard to follow lectures and listen so intensely and understand nothing. But here I am feeling so much better about the material. Everything is so clear and easy to understand! Thank you thank you thank you!!
You're very welcome!
This video was gold, I was confused about M+ and M+1 for a long time, it all made sense to me. Thank you!
This video was a life saver and would be especially in my upcoming exams in Experimental Tox. :) It would continue to be for the rest of my career as a Toxicologist or a research scientist. Thank you very much.
Thank you,this really helped.
Thank you. Very well explained.
Easy to understand 🙂
Impressive .. Thanks for this information
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Thank you.
can we get M+3 peak in mass spectra and why?
yes mr Dnyaneshwar patil
I am not understanding the difference between m/z value and mass of following compound please guide
Compound Name Retation Time(RT) m/z Mass Score Formula
Quadrigemine A 11.715 735.4126 690.4143 90.09 C44 H50 N8
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Spectroscopy/metry/Photometry! Vis/UV-Vis/IR Spectrophotometer, FTIR, Atomic Fluorescence S., Mass S
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You just successfully made this more confusing